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A die system for use in formation of a welded flashing, comprising a body portion comprised of a conducting material, the body portion having a first end and a second end; an indent portion at the first end of said body portion adapted to accept a portion of the flashing during welding; and where th

A die system for use in formation of a welded flashing, comprising a body portion comprised of a conducting material, the body portion having a first end and a second end; an indent portion at the first end of said body portion adapted to accept a portion of the flashing during welding; and where the portion of the flashing accepted in the indent portion of the body portion is folded away from an operational connection between the first end of the body portion and a welder during welding.

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A die system for use in formation of a welded flashing, comprising a body portion comprised of a conducting material, the body portion having a first end and a second end; an indent portion at the first end of said body portion adapted to accept a portion of the flashing during welding; and where th

A die system for use in formation of a welded flashing, comprising a body portion comprised of a conducting material, the body portion having a first end and a second end; an indent portion at the first end of said body portion adapted to accept a portion of the flashing during welding; and where the portion of the flashing accepted in the indent portion of the body portion is folded away from an operational connection between the first end of the body portion and a welder during welding. entration in the working composition within a range from about 0.10 g/l to about 1.5 g/l; and (ii) dissolved copper cations that have a concentration in the working composition that is within a range from about 0.0011 g/l to about 0.025 g/l; (E) dissolved fluoride-containing anions that have a stoichiometric equivalent as fluoride in the working composition that is within a range from about 0.45 g/l to about 0.80 g/l; (F) dissolved nitrate ions that have a concentration in the working composition of from about 3.5 g/l to about 8.8 g/l.; and (G) dissolved accelerator consisting of at least one substance, at the specified concentration in the working composition, selected from the group consisting of: (i) about 0.3 g/l to about 4 g/l of chlorate ions; (ii) about 0.01 g/l to about 0.2 g/l of nitrite ions; (iii) about 0.05 g/l to about 2 g/l of m-nitrobenzene sulphonate ions; (iv) about 0.05 g/l to about 2 g/l of m-nitrobenzoate ions; (v) about 0.05 g/l to about 2 g/l of p-nitrophenol; (vi) about 0.005 g/l to about 0.15 g/l of hydrogen peroxide in free or bound form; (vii) about 0.1 g/l to about 10 g/l of hydroxylamine in free or bound form; and (viii) about 0.1 g/l to about 10 g/l of reducing sugar; wherein said aqueous liquid working composition has a Free Acid value within a range from about -0.5 points to about 1.20 points. 2. An aqueous liquid working composition according to claim 1 wherein the dissolved phosphate anions (A) concentration is within a range from about 1.5 g/l to about 2.5 g/l. 3. An aqueous liquid working composition according to claim 1 wherein the dissolved zinc cations (B) concentration is within a range from about 0.80 g/l to about 1.20 g/l. 4. An aqueous liquid working composition according to claim 1 wherein the dissolved manganese cations (C) concentration is within a range from about 0.35 g/l to about 0.50 g/l. 5. An aqueous liquid working composition according to claim 1 wherein the dissolved nickel cations (D)(i) concentration is within a range from about 1.5 g/l to about 2.5 g/l. 6. An aqueous liquid working composition according to claim 1 wherein the dissolved fluorine-containing anions (E) concentration is within a range from about 0.50 g/l to about 0.80 g/l. 7. An aqueous liquid working composition according to claim 1 wherein the dissolved nitrate anions (F) concentration is within a range from about 0.39 g/l to about 6.50 g/l. 8. An aqueous liquid working composition according to claim 1 wherein at least one accelerator component (G) is selected from nitrite and hydrogen peroxide. 9. An aqueous liquid working composition according to claim 1 wherein at least one accelerator component (G) is hydroxylamine. 10. An aqueous liquid working composition for forming a phosphate conversion coating on a metal surface by spontaneous chemical reaction upon contact with said metal surface, said aqueous liquid working composition having been made by mixing with water at least the following substances: (A) a source of dissolved phosphate anions in an amount corresponding to a concentration of dissolved phosphate anions in the working composition within a range from about 1.5 g/l to about 4.5 g/l; (B) a source of dissolved zinc cations in an amount corresponding to a concentration of dissolved zinc cations in the working composition that is within a range from about 0.60 g/l to about 1.30 g/l; (C) a source of dissolved manganese(II) cations in an amount corresponding to a concentration of dissolved manganese(II) cations in the working composition that is within a range from about 0.35 g/l to about 0.55 g/l; (D) a source of at least one of: (i) dissolved nickel(II) cations in an amount corresponding to a concentration of dissolved nickel(II) cations in the working composition within a range from about 0.10 g/l to about 1.5 g/l; and (ii) dissolved copper cations in an amount corresponding to a concentration of dissolved copper cations in the working composition that is within a range